MSC/PATRAN THERMAL is a general purpose thermal analysis program which solves steady-state and transient response for one-, two- and three-dimensional problems and axisymmetric problems. MSC/PATRAN THERMAL employs a hybrid finite element/finite difference approach which is accurate for complex geometry models that have highly skewed meshes and for models with directionally-dependent material properties such as composites. MSC/PATRAN THERMAL features a built-in radiation viewfactor code, coupled thermal hydraulic networks, a state-of-the-art nonlinear solver, a built-in convection correlation library, and the capability to output a ready-to-run SINDA deck complete with radiation viewfactors. MSC/PATRAN THERMAL uses the new Analysis Preferences in MSC/PATRAN with intuitive forms to set up the thermal model, submit the job, and post-process results.
Michael Curley
Marketing Communications
MacNeal-Schwendler Corporation
815 Colorado Blvd.
Los Angeles, CA 90041
USA
213-258-9111
213-259-4979 (fax)
For applications in related solution areas, see the following indices: Computer-Aided Modeling, ECAE, Engineering, Engineering Visualization, Finite Element Modeling (FEM), Heat/Fluid/Electro-magnetic Flow, Mechanical Engineering, Spacecraft Thermal Design, Thermomechanical Analysis, the developer index for MacNeal-Schwendler Corporation and the market segment index for Mechanical CAE.
MSC/PATRAN THERMAL is a Trademark of MacNeal-Schwendler Corporation
